Modeling of program Vth distribution for 3-D TLC NAND flash memory

This paper proposes a simulation method to model the program Vth distribution of 3-D vertical channel TLC/QLC charge-trapping NAND flash memory. The program Vth distribution can be calculated by considering ISPP noise, WL-WL interference, and the RTN effect of tunneling oxide and poly Si, which are...

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Published inScience China. Information sciences Vol. 62; no. 4; p. 42401
Main Authors Wang, Kunliang, Du, Gang, Lun, Zhiyuan, Chen, Wangyong, Liu, Xiaoyan
Format Journal Article
LanguageEnglish
Published Beijing Science China Press 01.04.2019
Springer Nature B.V
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Abstract This paper proposes a simulation method to model the program Vth distribution of 3-D vertical channel TLC/QLC charge-trapping NAND flash memory. The program Vth distribution can be calculated by considering ISPP noise, WL-WL interference, and the RTN effect of tunneling oxide and poly Si, which are the major physical factors affecting the width of program Vth distribution. Then, the program Vth distribution shapes with different ISPP incremental voltage steps are compared, and the results are found to be consistent with the experimental results. Code and layer-dependent coupling coefficients of WL-WL interference in 3-D vertical channel NAND flash memory are considered. The effect of RTN on the program Vth distribution is comprehensively studied. The program Vth distribution of a WL is calibrated with the measurement, and a good agreement is obtained, validating the array program Vth distribution simulation method. The simulation method can help in improving the reliability of 3-D TLC NAND flash memory and provides guidance for the design and optimization of 3-D QLC NAND flash memory technology.
AbstractList This paper proposes a simulation method to model the program Vth distribution of 3-D vertical channel TLC/QLC charge-trapping NAND flash memory. The program Vth distribution can be calculated by considering ISPP noise, WL-WL interference, and the RTN effect of tunneling oxide and poly Si, which are the major physical factors affecting the width of program Vth distribution. Then, the program Vth distribution shapes with different ISPP incremental voltage steps are compared, and the results are found to be consistent with the experimental results. Code and layer-dependent coupling coefficients of WL-WL interference in 3-D vertical channel NAND flash memory are considered. The effect of RTN on the program Vth distribution is comprehensively studied. The program Vth distribution of a WL is calibrated with the measurement, and a good agreement is obtained, validating the array program Vth distribution simulation method. The simulation method can help in improving the reliability of 3-D TLC NAND flash memory and provides guidance for the design and optimization of 3-D QLC NAND flash memory technology.
ArticleNumber 42401
Author Lun, Zhiyuan
Du, Gang
Liu, Xiaoyan
Wang, Kunliang
Chen, Wangyong
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  surname: Wang
  fullname: Wang, Kunliang
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  givenname: Gang
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  fullname: Du, Gang
  email: gangdu@pku.edu.cn
  organization: Institute of Microelectronics, Peking University
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  givenname: Wangyong
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  fullname: Liu, Xiaoyan
  organization: Institute of Microelectronics, Peking University
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Keywords modeling and simulation
program Vth distribution
charge-trapping memory
3-D vertical channel TLC/QLC NAND flash memory
measurement
reliability
Language English
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PublicationTitle Science China. Information sciences
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Springer Nature B.V
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Snippet This paper proposes a simulation method to model the program Vth distribution of 3-D vertical channel TLC/QLC charge-trapping NAND flash memory. The program...
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springer
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SubjectTerms Computer Science
Coupling coefficients
Design optimization
Flash memory (computers)
Information Systems and Communication Service
Interference
Physical factors
Research Paper
Simulation
Vertical distribution
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Title Modeling of program Vth distribution for 3-D TLC NAND flash memory
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